Facility-based HIV self-testing strategies may substantially and cost-effectively increase the number of men and youth tested for HIV in Malawi: results from an individual-based mathematical model

By sjmartinez • October 17, 2022

Nichols BE, de Nooy A, Benade M, Balakasi K, Mphande M, Rao G, Claassen CW, Khan S, Stillson C, Russell CA, Doi N, Dovel K. Facility-based HIV self-testing strategies may substantially and cost-effectively increase the number of men and youth tested for HIV in Malawi: results from an individual-based mathematical model. J Int AIDS Soc. 2022 Oct;25(10):e26020. doi: 10.1002/jia2.26020. PMID: 36251161; PMCID: PMC9575938.

Tags: cost-effectiveness analysis, healthcare facilities, HIV self-testing, Infectious Diseases, mathematical modelling, priority populations, Publications, sub-Saharan Africa

Related Posts

SARS-Cov-2 vaccination strategies in hospitalized recovered COVID-19 patients: a randomized clinical trial (VATICO Trial)

Sábato S, Benet S, Rogers AJ, Murray TA, Skeans M, Mothe B, Paredes R, Mourad A, Kiweewa F, Kamel D, Jain MK, Lutaakome J, Nalubega[...]

Evaluation of the Feasibility and Efficacy of Point-of-Care Antibody Tests for Biomarker-Guided Management of Coronavirus Disease 2019

Reilly C, Mylonakis E, Dewar R, Young B, Nordwall J, Bhagani S, Chia PY, Davis R, Files C, Ginde AA, Hatlen T, Helleberg M, Hayanga[...]

“There is no need to leave the beach to test”: a qualitative study of HIV self-testing knowledge and acceptability of HIV self-test kit distribution among social networks of fishermen in Western Kenya

Lewis-Kulzer J, Olugo P, Gutin SA, Kwena ZA, Nishimura H, Thorp M, Agot K, Ayieko B, Bukusi EA, Oluoch L, Angawa D, Thirumurthy H, Camlin[...]